Tilting Saw for Balsa Wood Cutting

• Max. Workpiece Size : 1300 mm (length) × 1340 mm (width) × 80 mm (thickness)
• Main Shaft Speed: 3000 RPM, 1.5 KW (variable frequency)
• Air Input: 0.4 – 0.7 MPa
• Special Feature：Rubber‑coated saw wheels – reduces blade wear, improves cutting accuracy
• Application: Chamfering / bevel cutting for foam core and balsa wood

This is a small, tilting saw designed specifically for cutting bevels and chamfers on balsa wood and foam core panels. The blade assembly tilts to an angle, so you can cut slanted edges – useful for fitting core pieces together in wind blade molds or creating tapered edges on sandwich panels.

The saw runs on a 1.5KW variable‑frequency spindle at 3000 RPM, with a total power input of 1.5KW at 380V. It handles panels up to 1300 mm long, 1340 mm wide, and 80 mm thick. The external dimensions are compact: 1700×1520×1400 mm. One nice feature: the saw wheels are rubber‑coated, which reduces wear on the blade and improves cutting accuracy – especially important when cutting soft, friable materials like balsa.

Despite its small footprint, this machine is a workhorse for chamfering operations in composite core production lines.

Machining effect display

• Tilting blade for bevel cuts – You can set the blade at an angle to cut chamfers or slanted edges. Great for making core panels fit together at joints or for creating tapered surfaces.

• Compact size – Only 1700 mm long × 1520 mm wide × 1400 mm high. Fits into tight workshop spaces or right next to a production line.

• Rubber‑coated saw wheels – This is a smart touch. The rubber coating reduces blade wear (especially on thin blades) and keeps the cut accurate by preventing slippage.

• Enough power for balsa and foam – 1.5KW motor at 3000 RPM. Plenty for cutting soft wood and foam. Not designed for hardwoods or thick structural materials.

• Decent panel capacity – Handles workpieces up to 1300×1340 mm, thickness up to 80 mm. Covers most balsa block and foam slab sizes used in wind blade cores.

• Clean chamfer cuts – The combination of proper blade speed and rubber‑coated wheels gives you smooth, chip‑free edges.

1. Wind turbine blade core chamfering
   Blade cores often need beveled edges so panels fit together cleanly inside the mold. This tilting saw cuts those angles quickly and accurately.

2. Composite sandwich panel edge preparation
   Before laminating face sheets, you might want a tapered edge on the core to reduce stress concentration. This saw does that.

3. Balsa wood block shaping
   For model making or prototype core blocks, an angled cut is sometimes needed. This manual‑feed saw lets you dial in the angle and make one-off cuts easily.

4. Foam core joint fitting
   When joining two foam panels at an angle (e.g., in curved marine or automotive parts), a chamfered edge creates a larger bonding surface. The tilting saw makes those cuts clean and repeatable.

5. Small to medium production lines
   If you don’t need a huge CNC bevel cutter, this compact tilting saw is a budget‑friendly, reliable alternative.